A germinating bean seed is an example of a heterotrophic organism. Heterotrophic entails using only organic materials as a source of food.
Answer The words "autotrophic" and "heterotrophic" are biological terms describing how an organism metabolyses carbon. Broadly speaking, an autotrophic organism is something like a green plant which metabolyses carbon by photosynthesis and a heterotrophic organism obtains carbon usually by eating an autotrophic organism. As a human, a British soldier would be heterotrophic.
the kingdom Protista. Organisms in this kingdom can be autotrophic, heterotrophic, or mixotrophic, meaning they can produce their own food, consume other organisms, or do both.
No, heterotrophic organisms require organic compounds as a source of carbon and energy for growth. Inorganic synthetic mediums do not contain the necessary organic compounds for heterotrophic organisms to utilize, so they would not be able to grow in this type of medium.
If given 25 germinating seeds to care for, you should plant them in soil, water them regularly, provide adequate sunlight, and protect them from pests. Monitor their growth and adjust care as needed to help them thrive into healthy plants.
heterotrophic nutrition this is anouther person answering but its heterotrophic nutrition because this nutrition gets it food from its surroundings. Also, heterotrophic nutrition are examples of fugi. In this case the leaf opening would be an example of autrophic nutrition because its examples are plants and algae.
Answer The words "autotrophic" and "heterotrophic" are biological terms describing how an organism metabolyses carbon. Broadly speaking, an autotrophic organism is something like a green plant which metabolyses carbon by photosynthesis and a heterotrophic organism obtains carbon usually by eating an autotrophic organism. As a human, a British soldier would be heterotrophic.
The first living cells had to be autotrophic because if they were not then they would die, autotrophic bacteria produce oxygen and can live in our older Earth's climate. Any other would die from a lack of oxygen.
Autotrophic organisms are those that are capable of creating their own energy from non-biological sources. Without these producers, heterotrophs would cease to exist because they would have no primary source of nutrition.
Yes. Paramecium do not preform photosynthesis, which would make them autotrophic, so they must ingest their food for energy. Bacteria, for instance.
No, a frog is not a plant so therefore it can not create its own food/energy. That would be cool if it could though...
The organism itself is heterotrophic but it may possess a symbiotic algae living within it which acts as an autotroph. Overall it would be considered heteroptrophic.
sure. where would heterotrophic life get its energy? someone somewhere somehow has to produce it or in this case bind the energy into a usable form which we all eat. if nothing did that then what will we eat??? which,BTW, is why the matrix makes no sense cos energy has to come from somewhere!
A koala bear is not a plant, so it can't be an autotroph. Koalas consume autotrophs, so they are heterotrophs.
It is both some fungi are aerobic and some such as yeast are anaerobic
the kingdom Protista. Organisms in this kingdom can be autotrophic, heterotrophic, or mixotrophic, meaning they can produce their own food, consume other organisms, or do both.
i dont know if i know i will ask yo0u....
To classify protists in a sample of pond water, I would examine their morphology, such as shape, size, and movement patterns. Additionally, I would consider their mode of nutrition—whether they are autotrophic (like algae) or heterotrophic (like protozoa)—and their reproductive methods. Microscopic observation can also reveal characteristics like cilia, flagella, or pseudopodia, which aid in identification. Finally, I would assess their ecological roles and interactions within the pond ecosystem.